Open Access

Table C.1

Quantities included in the current data release of the iEDGE.

Database entry Unit Description

(1) (2) (3)
CALIFA_name Name of the galaxy as indicated in the CALIFA extended DR3
Alias Alternative name of the galaxy
RA deg Right ascension of the galaxy centre
DEC deg Declination of the galaxy centre
Vlsr km s−1 LSR velocity of the galaxy, derived from the stellar redshift
zstar Stellar redshift of the galaxy
Distance Mpc Distance to the galaxy
Incl deg Galaxy inclination
PA deg Galaxy position angle
Re_as arcsec Galaxy effective radius
Type_med_EWHa Å Median Hα equivalent width
Type_Mstar M Stellar mass
Type_SFR M yr−1 Star formation rate derived using Balmer decrement
Type_sSFR yr−1 Specific star formation rate
Err_Type_Mstar M Uncertainty on the stellar mass
Err_Type_SFR M yr−1 Uncertainty on the star formation rate derived using Balmer decrement
Err_Type_sSFR yr−1 Uncertainty on the specific star formation rate
Type_Gas_Met Gas-phase metallicity derived via the O3N2 method
Type_alpha_co10 M (K km s−1)−1 CO(1-0)-to-H2 conversion factor derived following Bolatto et al. (2013)
Type_R21 CO(2-1)/CO(1-0) flux ratio derived from the star formation rate surface density
Observatory_Type_k2jypb Jy beam−1 K−1 Jy/beam per Kelvin
Observatory_Type_eta_mb Main beam efficiency
Observatory_Type_RMS K CO noise level (standard deviation of CO spectrum, σRMS)
Observatory_Type_Tpeak K Peak Tmb across the CO spectrum
Observatory_Type_SNR Signal-to-noise ratio of the CO observation
Observatory_Type_W50_mom2 Full-width half maximum of the CO spectrum calculated via moment 2nd
Observatory_Type_eps_obs K km s−1 Statistical error for the CO flux
Observatory_Type_Fco Jy beam−1 km s−1 CO flux
Observatory_Type_Lco K km s−1 pc2 CO luminosity
Observatory_Type_Mmol M Molecular gas mass
Observatory_Type_fmol Molecular gas mass to stellar mass ratio
Observatory_Type_SFE yr−1 Star formation efficiency
Final_Type_Observatory Observatory of the CO measurement included in the consolidated sample
Final_Type_SNR Signal-to-noise ratio of the CO observation from the consolidated sample
Final_Type_Mmol M Molecular gas mass from the consolidated sample
Final_Type_fmol Molecular gas mass fraction from the consolidated sample
Final_Type_SFE yr−1 Star formation efficiency from the consolidated sample
Observatory_Err_Type_Fco Jy beam−1 km s−1 Uncertainty on the CO flux
Observatory_Err_Type_Lco K km s−1 pc2 Uncertainty on the CO luminosity
Observatory_Err_Type_Mmol M Uncertainty on the molecular gas mass
Observatory_Err_Type_fmol Uncertainty on the molecular gas mass to stellar mass ratio
Observatory_Err_Type_SFE yr−1 Uncertainty on the star formation efficiency
Final_Err_Type_Mmol M Uncertainty on the molecular gas mass from the consolidated sample
Final_Err_Type_fmol Uncertainty on the molecular gas fraction from the consolidated sample
Final_Err_Type_SFE yr−1 Uncertainty on the star formation efficiency from the consolidated sample
Type_L12um_w3_7p5 K km s−1 pc2 12 μm luminosity from WISE W3 at 7.5 arcsec resolution
Err_Type_L12um_w3_7p5 K km s−1 pc2 Uncertainty on the 12 μm luminosity from WISE W3 at 7.5 arcsec resolution
CARMA_conf Array configuration of the CARMA observations
Morphology Galaxy morphology obtained from Hyperleda

Notes. Type considers global (Glob) and beam (Beam) quantities included in the database. Observatory indicates the facility from which the CO observation was performed (APEX, CARMA, or ACA). In the case a given source was not observed with the facility, the quantity assumes a NaN entry. Quantities measured from non-detected CO observation (with S/N<3) are included as upper limits. For the morphology, we simply separated the galaxies as spiral (S), elliptical (E), lenticular (S0), and irregular (I), without considering the sub-classes of spirals (except intermediate spirals, SABs; and barred spirals, SBs) and elliptical morphologies. Galaxies for which the morphology is not provided are indicated with ‘U’.

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